Adsorption of Heat-treated Albite to Cd~(2+)in Water
Xiaoyue Wang
Abstract
Xiaoyue Wang
Abstract
The comparision experiments between heated and non-heated albite show that there are slight structural changes after being heated.It is indicated that the mini changes of the inner structure of albite are related with the heating process.During the process of eliminating Cd~(2+),the eliminating ability of Cd~(2+) of albite is obviously improved after high temperature treatment.This is because the exchanging increasing between the cations of tectosilicate and Cd~(2+) is improved due to the inner structural changes after being heated.In addition,compared with other albite treated under different temperatures,the treatment of 800℃contributes to the strongest repairing ability.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The comparision experiments between heated and non-heated albite show that there are slight structural changes after being heated.It is indicated that the mini changes of the inner structure of albite are related with the heating process.During the process of eliminating Cd~(2+),the eliminating ability of Cd~(2+) of albite is obviously improved after high temperature treatment.This is because the exchanging increasing between the cations of tectosilicate and Cd~(2+) is improved due to the inner structural changes after being heated.In addition,compared with other albite treated under different temperatures,the treatment of 800℃contributes to the strongest repairing ability.
Key concepts: Albite, Adsorption, Process (computing), Materials science, Mineralogy, Chemistry, Metallurgy, Physical chemistry